All-in-one 3D printing materials for diverse application needs
Photopolymer resin
| Material Name | Material Model | Image | Main Chemical Ingredients | Traits | Color | Use Cases |
|---|---|---|---|---|---|---|
| Toughened Resin | SZUV-W80026 |  | Epoxy acrylate + Bisphenol A-based monomer + Inorganic nanofiller + 355nm photoinitiator | Liquid (355nm Industrial SLA) | Ivory | Functional prototypes, snap-fit assemblies, housings and slots, sports equipment structural components, and jigs requiring repeated assembly and disassembly. |
| Low-temperature, low-shrinkage resin | SZUV-W80025 |  | High-molecular-weight acrylate + glass fiber/ceramic micro-powder reinforcement phase + 355nm photoinitiator | Liquid (355nm Industrial SLA) | White/Cream | Injection mold base, hot air test samples, high-temperature electronic enclosures, automotive functional prototypes, wind tunnel models, precision assemblies. |
| High-Strength Resin | SZUV-W8008-T |  | Aliphatic polyurethane acrylate + monofunctional diluent monomer + 35 5nm photoinitiator (non-yellowing system) | Liquid (355nm Industrial SLA) | Black/Yellow | Structural prototypes, mechanical components, industrial parts, cultural creative sculptures, load-bearing parts requiring dimensional accuracy, and model bases. |
| Transparent Resin | SZUV-C6006-8 |  | Low-viscosity acrylate monomer + multifunctional crosslinker + 355nm high-reactivity photoinitiator | Liquid (355nm Industrial SLA) | Water-Transparent | Transparent lampshades, light guides, medical guide plates, fluid visualization models, optical prototypes, jewelry display pieces, and bottle/jar cosmetic components. |
| High-Precision Resin | SZUV-W8001EN |  | Epoxy acrylate + Bisphenol A-based monomer + Inorganic nanofiller + 355nm photoinitiator | Liquid (5nm Industrial-Grade SLA, Low Viscosity, High Flowability) | Milky White/White | Rapid prototypes, jewelry casting patterns, dental orthodontic models, anime figures, high-precision display parts, and micro-structure samples. |
Ceramic materials
| Material Name | Material Model | Image | Main Chemical Ingredients | Traits | Color | Use Cases |
|---|---|---|---|---|---|---|
| Alumina ceramic | SZCS-8001 |  | α-Al₂O₃ (content ≥ 80%) + photoresin carrier (printed state) | Ceramic slurry / Densified ceramic after sintering | Ivory White / Porcelain White | Electronic ceramic substrates, insulating components, grinding parts, high-temperature furnace structural parts, chemical corrosion-resistant components, and medical device structural parts. |
| Alumina ceramic | SZCS-8501 |  | α-Al₂O₃ (content ≥ 85%) + photoresin carrier (printed state) | Ceramic slurry / Densified ceramic after sintering | Ivory White / Porcelain White | Electronic ceramic substrates, insulating components, grinding parts, high-temperature furnace structural parts, chemical corrosion-resistant components, and medical device structural parts. |
| Zirconia Ceramic | SZC-99ZC |  | ZrO₂ + Y₂O₃ (3 mol% YSZ stabilized phase) + photopolymer resin carrier | Ceramic slurry / Densified ceramic after sintering | Milky White / Beige / Dyeable | Dentures, dental crowns, orthopedic implants, precision mechanical components, cutting tools, jewelry, and high-end industrial wear-resistant parts. |
| Hydroxyapatite | SZC-99HD |  | Ca₁₀(PO₄)₆(OH)₂ (matches the inorganic composition of human bone) | Slurry/Sintered Porous Bioceramics | Porcelain White / Beige | Bone defect repair scaffolds, bone tissue engineering scaffolds, oral and maxillofacial prosthetics, artificial intervertebral disc fillers, and biomedical research prototypes. |
| Silicon carbide | SZCS-THG |  | SiC (α-phase / β-phase) + Sintering Aids (B₄C, C, etc.) | Slurry/Sintered Superhard Ceramics | Charcoal/Gray-Black | Semiconductor wafer carriers, mirror substrates, high-temperature heat exchangers, combustion chamber components, ballistic ceramics, and space optical structural parts. |
Metal Materials
| Material Name | Material Model | Image | Main Chemical Ingredients | Traits | Color | Use Cases |
|---|---|---|---|---|---|---|
| Mold Steel | 18NI300 |  | Fe-based + alloying elements such as Cr, Mo, V, Ni, Co (e.g., H13: Fe-Cr5-Mo1.5-V1) | Spherical metal powder (15–53 μm) / Sintered dense metal | Silver Gray / Dark Gray | Injection mold inserts, die-casting molds, hot forging dies, conformal cooling water channel molds, stamping dies, and tooling fixtures requiring high wear resistance. |
| Stainless Steel | 316L/17-4PH |  | Fe + Cr(16–18%) + Ni(10–14%) + Mo(2–3%) + trace C, Mn, Si | Spherical Metal Powder / Sintered Dense Metal | Silver / Bright Gray | Food & medical devices, chemical pipe fittings and valves, marine components, surgical instruments, complex flow channel structures, high-strength functional parts. |
| Aluminum Alloy | AlSi10Mg |  | Al: Remainder (matrix) Si: 9.0–11.0Mg: 0.2–0.45Fe: ≤0.55Mn: ≤0.45; Other trace elements (e.g., Cu, Zn, Ni): <0.1 | Spherical Metal Powder / Sintered Dense Metal | Silver/Matte Gray | Lightweight structural components, automotive and drone parts, aerospace brackets, heat sinks, electronic enclosures, and lightweight sports equipment components. |
| Titanium Alloy | TC4/Ti-6Al-4V (Gr5/Gr23) |  | Ti + Al (5.5–6.75%) + V (3.5–4.5%) + trace Fe, O, N | Spherical Metal Powder / Sintered Dense Metal | Dark Gray/Silver with Blue | Orthopedic implants, dental implants, aerospace structural components, rocket parts, racing and high-end sports equipment, marine engineering components. |
High-performance cables
| Material Name | Material Model | Image | Main Chemical Ingredients | Traits | Color | Use Cases |
|---|---|---|---|---|---|---|
| PP | 1KG Roll |  | Polypropylene (C₃H₆)ₙ, semi-crystalline thermoplastic polyolefin | Solid-core cables | Natural (Semi-Translucent White) / Gray / Black | Chemical containers, automotive interior parts, moving hinges, seals, food-contact housings, and products suitable for boiling disinfection. |
| ABS | 1KG Roll |  | Acrylonitrile Butadiene Styrene (ABS) Copolymer | Solid-core cables | Fully adjustable color range | Industrial prototypes, electronic enclosures, automotive interior trim parts, toy components, functional parts requiring post-processing painting, and assembly test pieces. |
| PLA | 1KG Roll |  | Polylactic acid (C₃H₄O₂)ₙ, bio-based material from corn starch fermentation | Solid-core cables | Full color range, including silk, wood grain, and glow-in-the-dark options. | Desktop-grade print models, education and maker projects, display prototypes, cultural creative figures, concept prototypes, and short-term functional parts. |
| PEEK | 1KG Roll |  | Polyether ether ketone, a semi-crystalline high-performance specialty engineering plastic | Solid-core cables | Beige / Brown / Black / Natural | Aerospace structural components, semiconductor fixturing, medical implants and prosthetics, petrochemical sealing solutions, and high-temperature industrial metal replacements. |
| PETG | 1KG Roll |  | ethylene glycol-modified polyethylene terephthalate | Solid-core cables | Transparent / Semi-transparent / Opaque | Transparent displays, bottles and containers, outdoor functional parts, mechanical guards, food-contact items, educational and light industrial components. |
| PA+GF | 1KG Roll |  | Nylon matrix (PA6/ PA12) + chopped glass fiber (10%–30%) | Solid-core cables | Dark Gray/Black/Natural White | Structural functional parts, tooling and fixtures, robot arms, automotive/drone components, gears and transmission parts, long-term load-bearing industrial parts. |
Material Property Advantages
Four material systems covering all scenarios from prototyping to functional part manufacturing
Photopolymer resin
High-precision surface quality for visual verification and precision prototyping; layer thickness as fine as 0.05mm.
- Dimensional tolerance ±0.1%
- Surface roughness Ra ≤ 1.6 μm
- Multiple performance options available
Ceramic materials
High-temperature resistant, high hardness, excellent insulation; ideal for extreme operating conditions and specialized functional requirements.
- Withstands temperatures up to 1700°C
- Hardness HRA ≥ 85
- Biocompatibility Certification
Metal Materials
High strength and high toughness for direct manufacturing of functional metal parts, replacing traditional machining.
- Tensile strength ≥ 900 MPa
- Density ≥99.5%
- Multiple alloys available
High-performance cables
Low-cost, easy to machine; ideal for large structural components and educational and research applications
- Cost-effective
- Eco-friendly and biodegradable
- Rich and diverse color palette
Use Cases
Comprehensive consumables for diverse industries, driving digital transformation across sectors.
Industrial Manufacturing
Functional part validation and low-volume production for automotive, aerospace, and machinery sectors—reducing R&D cycles by 60%.
Healthcare
Personalized customization of surgical guides, dental restorations, and orthopedic implants to enhance treatment outcomes and patient satisfaction.
Electrical and Electronic
Rapid prototyping of PCBs, insulators, and heat sinks to accelerate product iteration and market response.
Cultural and Creative Education
Creative manufacturing of art reproductions, cultural creative derivatives, and teaching models to spark innovative thinking and practical skills.
Architectural Model
Precise visualization of architectural models, structural mockups, and landscape designs to enhance design communication efficiency and customer experience.
Scientific Experiment
Custom manufacturing of laboratory equipment, test samples, and research instruments to support cutting-edge technology exploration and innovative research.
Quality Assurance
All materials undergo rigorous quality testing and are perfectly compatible with 3D printers of all types.
OEM Quality
Deeply integrated with Shuzao equipment for optimal print quality
Strict Quality Inspection
Every batch of materials undergoes multiple performance tests for consistent, reliable quality.
Technical Support
Professional team provides print parameter optimization and process guidance
Professional Technical Support
Shanghai Shuzao boasts a technical team with over 20 years of materials R&D experience, providing comprehensive technical support from material selection and parameter optimization to process guidance.
Need material selection advice?
Our technical expert team will recommend the ideal material solution based on your printing equipment and application requirements.